| CTTL_sub_tensor< TENSORTYPE >::Origin | |
| ►CTARGET_TYPE | |
| CTTL_augmentation | 3D description of the augmented margins |
| CTTL_augmentation_t | 3D description of the augmented margins |
| CTTL_common_buffering< TENSORTYPE, BASES_COUNT > | |
| CTTL_const_ext_char_sub_tensor_t | |
| CTTL_const_ext_char_tensor_t | |
| CTTL_const_ext_int_sub_tensor_t | |
| CTTL_const_ext_int_tensor_t | |
| CTTL_const_ext_long_sub_tensor_t | |
| CTTL_const_ext_long_tensor_t | |
| CTTL_const_ext_short_sub_tensor_t | |
| CTTL_const_ext_short_tensor_t | |
| CTTL_const_ext_uchar_sub_tensor_t | |
| CTTL_const_ext_uchar_tensor_t | |
| CTTL_const_ext_uint_sub_tensor_t | |
| CTTL_const_ext_uint_tensor_t | |
| CTTL_const_ext_ulong_sub_tensor_t | |
| CTTL_const_ext_ulong_tensor_t | |
| CTTL_const_ext_ushort_sub_tensor_t | |
| CTTL_const_ext_ushort_tensor_t | |
| CTTL_const_ext_void_sub_tensor_t | |
| CTTL_const_ext_void_tensor_t | |
| CTTL_const_int_char_sub_tensor_t | |
| CTTL_const_int_char_tensor_t | |
| CTTL_const_int_int_sub_tensor_t | |
| CTTL_const_int_int_tensor_t | |
| CTTL_const_int_long_sub_tensor_t | |
| CTTL_const_int_long_tensor_t | |
| CTTL_const_int_short_sub_tensor_t | |
| CTTL_const_int_short_tensor_t | |
| CTTL_const_int_uchar_sub_tensor_t | |
| CTTL_const_int_uchar_tensor_t | |
| CTTL_const_int_uint_sub_tensor_t | |
| CTTL_const_int_uint_tensor_t | |
| CTTL_const_int_ulong_sub_tensor_t | |
| CTTL_const_int_ulong_tensor_t | |
| CTTL_const_int_ushort_sub_tensor_t | |
| CTTL_const_int_ushort_tensor_t | |
| CTTL_const_int_void_sub_tensor_t | |
| CTTL_const_int_void_tensor_t | |
| CTTL_duplex_buffering< TENSORTYPE > | Data required to perform duplex buffer pipelining |
| CTTL_duplex_const_char_tensor_buffering_t | Data required to perform duplex buffer pipelining |
| CTTL_duplex_const_int_tensor_buffering_t | Data required to perform duplex buffer pipelining |
| CTTL_duplex_const_long_tensor_buffering_t | Data required to perform duplex buffer pipelining |
| CTTL_duplex_const_short_tensor_buffering_t | Data required to perform duplex buffer pipelining |
| CTTL_duplex_const_uchar_tensor_buffering_t | Data required to perform duplex buffer pipelining |
| CTTL_duplex_const_uint_tensor_buffering_t | Data required to perform duplex buffer pipelining |
| CTTL_duplex_const_ulong_tensor_buffering_t | Data required to perform duplex buffer pipelining |
| CTTL_duplex_const_ushort_tensor_buffering_t | Data required to perform duplex buffer pipelining |
| CTTL_duplex_const_void_tensor_buffering_t | Data required to perform duplex buffer pipelining |
| CTTL_export_double_buffering< TENSORTYPE > | |
| CTTL_export_double_const_char_tensor_buffering_t | Data required to perform double buffer pipelining |
| CTTL_export_double_const_int_tensor_buffering_t | Data required to perform double buffer pipelining |
| CTTL_export_double_const_long_tensor_buffering_t | Data required to perform double buffer pipelining |
| CTTL_export_double_const_short_tensor_buffering_t | Data required to perform double buffer pipelining |
| CTTL_export_double_const_uchar_tensor_buffering_t | Data required to perform double buffer pipelining |
| CTTL_export_double_const_uint_tensor_buffering_t | Data required to perform double buffer pipelining |
| CTTL_export_double_const_ulong_tensor_buffering_t | Data required to perform double buffer pipelining |
| CTTL_export_double_const_ushort_tensor_buffering_t | Data required to perform double buffer pipelining |
| CTTL_export_double_const_void_tensor_buffering_t | Data required to perform double buffer pipelining |
| CTTL_ext_char_sub_tensor_t | Const and non-const sub tensors in the appropriate address space |
| CTTL_ext_char_tensor_t | Const and non-const tensors in the appropriate address space |
| CTTL_ext_int_sub_tensor_t | Const and non-const sub tensors in the appropriate address space |
| CTTL_ext_int_tensor_t | Const and non-const tensors in the appropriate address space |
| CTTL_ext_long_sub_tensor_t | Const and non-const sub tensors in the appropriate address space |
| CTTL_ext_long_tensor_t | Const and non-const tensors in the appropriate address space |
| CTTL_ext_short_sub_tensor_t | Const and non-const sub tensors in the appropriate address space |
| CTTL_ext_short_tensor_t | Const and non-const tensors in the appropriate address space |
| CTTL_ext_uchar_sub_tensor_t | Const and non-const sub tensors in the appropriate address space |
| CTTL_ext_uchar_tensor_t | Const and non-const tensors in the appropriate address space |
| CTTL_ext_uint_sub_tensor_t | Const and non-const sub tensors in the appropriate address space |
| CTTL_ext_uint_tensor_t | Const and non-const tensors in the appropriate address space |
| CTTL_ext_ulong_sub_tensor_t | Const and non-const sub tensors in the appropriate address space |
| CTTL_ext_ulong_tensor_t | Const and non-const tensors in the appropriate address space |
| CTTL_ext_ushort_sub_tensor_t | Const and non-const sub tensors in the appropriate address space |
| CTTL_ext_ushort_tensor_t | Const and non-const tensors in the appropriate address space |
| CTTL_ext_void_sub_tensor_t | Const and non-const sub tensors in the appropriate address space |
| CTTL_ext_void_tensor_t | Const and non-const tensors in the appropriate address space |
| CTTL_import_double_buffering< TENSORTYPE > | Wait for the previous import operation to complete before beginning an import of the next tile |
| CTTL_import_double_const_char_tensor_buffering_t | Data required to perform double buffer pipelining |
| CTTL_import_double_const_int_tensor_buffering_t | Data required to perform double buffer pipelining |
| CTTL_import_double_const_long_tensor_buffering_t | Data required to perform double buffer pipelining |
| CTTL_import_double_const_short_tensor_buffering_t | Data required to perform double buffer pipelining |
| CTTL_import_double_const_uchar_tensor_buffering_t | Data required to perform double buffer pipelining |
| CTTL_import_double_const_uint_tensor_buffering_t | Data required to perform double buffer pipelining |
| CTTL_import_double_const_ulong_tensor_buffering_t | Data required to perform double buffer pipelining |
| CTTL_import_double_const_ushort_tensor_buffering_t | Data required to perform double buffer pipelining |
| CTTL_import_double_const_void_tensor_buffering_t | Data required to perform double buffer pipelining |
| CTTL_int_char_sub_tensor_t | Const and non-const sub tensors in the appropriate address space |
| CTTL_int_char_tensor_t | Const and non-const tensors in the appropriate address space |
| CTTL_int_int_sub_tensor_t | Const and non-const sub tensors in the appropriate address space |
| CTTL_int_int_tensor_t | Const and non-const tensors in the appropriate address space |
| CTTL_int_long_sub_tensor_t | Const and non-const sub tensors in the appropriate address space |
| CTTL_int_long_tensor_t | Const and non-const tensors in the appropriate address space |
| CTTL_int_short_sub_tensor_t | Const and non-const sub tensors in the appropriate address space |
| CTTL_int_short_tensor_t | Const and non-const tensors in the appropriate address space |
| CTTL_int_uchar_sub_tensor_t | Const and non-const sub tensors in the appropriate address space |
| CTTL_int_uchar_tensor_t | Const and non-const tensors in the appropriate address space |
| CTTL_int_uint_sub_tensor_t | Const and non-const sub tensors in the appropriate address space |
| CTTL_int_uint_tensor_t | Const and non-const tensors in the appropriate address space |
| CTTL_int_ulong_sub_tensor_t | Const and non-const sub tensors in the appropriate address space |
| CTTL_int_ulong_tensor_t | Const and non-const tensors in the appropriate address space |
| CTTL_int_ushort_sub_tensor_t | Const and non-const sub tensors in the appropriate address space |
| CTTL_int_ushort_tensor_t | Const and non-const tensors in the appropriate address space |
| CTTL_int_void_sub_tensor_t | Const and non-const sub tensors in the appropriate address space |
| CTTL_int_void_tensor_t | Const and non-const tensors in the appropriate address space |
| CTTL_io_char_tensor_t | Describes a pair of internal Tensors after an operation |
| CTTL_io_int_tensor_t | Describes a pair of internal Tensors after an operation |
| CTTL_io_long_tensor_t | Describes a pair of internal Tensors after an operation |
| CTTL_io_short_tensor_t | Describes a pair of internal Tensors after an operation |
| CTTL_io_tensors< TENSORTYPE > | Describes a pair of internal Tensors after an operation |
| CTTL_io_uchar_tensor_t | Describes a pair of internal Tensors after an operation |
| CTTL_io_uint_tensor_t | Describes a pair of internal Tensors after an operation |
| CTTL_io_ulong_tensor_t | Describes a pair of internal Tensors after an operation |
| CTTL_io_ushort_tensor_t | Describes a pair of internal Tensors after an operation |
| CTTL_io_void_tensor_t | Describes a pair of internal Tensors after an operation |
| CTTL_layout | Description of a Tensor layout in memory |
| CTTL_layout_t | Description of a Tensor layout in memory |
| CTTL_offset | Description of the 3D offset of an object |
| CTTL_offset_t | Description of the 3D offset of an object |
| CTTL_overlap | Description of the overlap in 3D space of adjacent tiles |
| CTTL_overlap_t | Description of the overlap in 3D space of adjacent tiles |
| CTTL_shape | Description of a Shape |
| CTTL_shape_t | Description of a Shape |
| CTTL_simplex_buffering< TENSORTYPE > | |
| CTTL_simplex_const_char_tensor_buffering_t | |
| CTTL_simplex_const_int_tensor_buffering_t | |
| CTTL_simplex_const_long_tensor_buffering_t | |
| CTTL_simplex_const_short_tensor_buffering_t | |
| CTTL_simplex_const_uchar_tensor_buffering_t | |
| CTTL_simplex_const_uint_tensor_buffering_t | |
| CTTL_simplex_const_ulong_tensor_buffering_t | |
| CTTL_simplex_const_ushort_tensor_buffering_t | |
| CTTL_simplex_const_void_tensor_buffering_t | |
| CTTL_StrongType< T, UNIQUE_ENUM_CLASS > | Wrapper for strong type |
| CTTL_sub_tensor< TENSORTYPE > | A tensor plus its reference to its parent tensor |
| CTTL_tensor< TENSORTYPE > | A poor mans base class for an a tensor in the passed address space |
| CTTL_tile | |
| CTTL_tile_t | |
| CTTL_tiler | TTL_tiler is the basic unit that describes how a tile is subdivided |
| CTTL_tiler_t | TTL_tiler_t is the basic unit that describes how a tile is subdivided |